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    • 36. 发明申请
    • Remaining toner detection apparatus and image forming apparatus provided with same
    • 剩余墨粉检测装置和具有该墨粉检测装置的图像形成装置
    • US20050117921A1
    • 2005-06-02
    • US10995162
    • 2004-11-24
    • Yasuyuki IshiguroAkira NakakumaHideaki KurimotoKiyofumi Morimoto
    • Yasuyuki IshiguroAkira NakakumaHideaki KurimotoKiyofumi Morimoto
    • G01F23/28G03G15/01G03G15/08G03G21/10
    • G03G15/0855G03G15/0856G03G15/0862G03G2215/0894
    • A pair of indentations is formed with a vertical spacing on a side wall of a toner cartridge, respective translucent windows are arranged on opposing upper and lower surfaces of the indentations protruding into the toner cartridge, and a light-emitting element and a light-receiving element of a remaining toner sensor are inserted to the indentations such that the light-emitting element and the light-receiving element of the remaining toner sensor face each other via the translucent windows of the indentations. When there is sufficient toner remaining in the toner cartridge, there is toner in the space between the transparent plates, and the space between a light-emitting diode and a phototransistor is blocked such that light is not incident on the phototransistor, whereas when there is little toner remaining in the toner cartridge, there is no toner in the space between the transparent plates, and the light is incident on the phototransistor via the space between the light-emitting diode and the photoresistor.
    • 在调色剂盒的侧壁上形成有一个垂直间隔的一对凹口,在突出到调色剂盒中的凹槽的相对的上表面和下表面上设置有各自的透光窗,并且发光元件和光接收 剩余调色剂传感器的元件被插入到凹陷中,使得剩余调色剂传感器的发光元件和光接收元件经由凹陷的半透明窗口彼此面对。 当墨粉盒中存在足够的墨粉时,透明板之间的空间中存在调色剂,并且阻挡发光二极管和光电晶体管之间的空间,使得光不会入射到光电晶体管上,而当存在 残留在调色剂盒中的少量调色剂,透明板之间的空间中没有调色剂,并且光通过发光二极管和光敏电阻之间的空间入射到光电晶体管上。
    • 38. 发明授权
    • Method and apparatus for modifying particles
    • 改性颗粒的方法和装置
    • US06468352B2
    • 2002-10-22
    • US09196954
    • 1998-11-20
    • Takahiro HoriuchiKiyofumi Morimoto
    • Takahiro HoriuchiKiyofumi Morimoto
    • C23C16448
    • B01J2/006
    • Particles are cooled at a particle introducing section by a cooling device. A vapor of modifying agent for modifying the particles is produced by heating the modifying agent in a vapor producing chamber by a heating device. Further, a supersaturated vapor of the modifying agent is produced around the particles by mixing the cooled particles with the vapor of the modifying agent. The modifying agent condenses on the surface of the particles by the production of the supersaturated vapor, and consequently, a film of the modifying agent is formed on the surface of the particles. A thick film of the modifying agent can be formed if this film forming step is carried out repetitively. Thus, modified particles having formed thereon a thick uniform film of the modifying agent can be produced by quite a simple manipulation in a very short time.
    • 颗粒通过冷却装置在颗粒引入部分冷却。 用于改性颗粒的改性剂的蒸气是通过加热装置在蒸气产生室中加热改性剂而产生的。 此外,通过将冷却的颗粒与改性剂的蒸气混合,在颗粒周围产生改性剂的过饱和蒸气。 改性剂通过生产过饱和蒸气而在颗粒表面上凝结,因此在颗粒表面上形成改性剂的膜。 如果重复进行该成膜步骤,则可以形成改性剂的厚膜。 因此,在其上形成有改性剂的厚均匀膜的改性颗粒可以通过在非常短的时间内非常简单的操作来制备。
    • 39. 发明授权
    • Method of manufacturing modified particles
    • 制造改性颗粒的方法
    • US06194487B1
    • 2001-02-27
    • US09190566
    • 1998-11-12
    • Kiyofumi MorimotoTakahiro HoriuchiShigeaki Tasaka
    • Kiyofumi MorimotoTakahiro HoriuchiShigeaki Tasaka
    • C08K912
    • B05D1/60B01J2/006C08G18/3228C08G69/48
    • In the present method of manufacturing modified particles, a saturated vapor of a monomer B is produced in a condensing chamber, and then particles containing a monomer A, which differs from the monomer B and is polymerizable therewith, are introduced, along with an inert gas, into the condensing chamber through a particle intake. Then, a super-saturated vapor of the monomer B is created by reducing pressure using a pressurizing/depressurizing opening, thereby condensing the monomer B on the surface of the particles, and causing a polymerization reaction between the monomer A and the monomer B. With this method, spherical modified particles of uniform diameter, which include a polymer of the monomers A and B, can be obtained in a short time, by means of simple operations.
    • 在本发明的制造改性颗粒的方法中,在冷凝室中产生单体B的饱和蒸气,然后将含有与单体B不同且可聚合的单体A的颗粒与惰性气体 ,通过颗粒摄入进入冷凝室。 然后,通过使用加压/减压开口减压来产生单体B的过饱和蒸汽,从而将单体B在颗粒表面上冷凝,并引起单体A和单体B之间的聚合反应。 通过简单的操作,可以在短时间内获得包含单体A和B的聚合物的均匀直径的球形改性颗粒。
    • 40. 发明授权
    • Developing device and image forming apparatus and developer conveying method using the same
    • 显影装置和图像形成装置以及使用其的显影剂输送方法
    • US08224211B2
    • 2012-07-17
    • US12554422
    • 2009-09-04
    • Kiyofumi Morimoto
    • Kiyofumi Morimoto
    • G03G15/09
    • G03G15/09G03G2215/0609G03G2215/0802
    • To provide a developing device, which includes: a first conveying passage through which a developer including a toner and a magnetic carrier is conveyed; a first conveying member disposed in the first conveying passage for conveying the developer in a predetermined whilst agitating; a toner supply port for supplying toner into the first conveying passage; and a multiple number of electromagnets arranged in the upper part of the first conveying passage and on the downstream side of the toner supply port with respect to the developer's direction of conveyance for creating magnetic fields inside the first conveying passage along the developer's direction of conveyance, and which can improve agitation performance and conveying performance of the developer without extremely increasing stress acting on the developer, as well as providing an image forming apparatus and developer conveying method using the device.
    • 提供一种显影装置,其包括:第一输送通道,包含调色剂和磁性载体的显影剂通过该第一输送通道被输送; 设置在第一输送通道中的第一输送构件,用于在预定的同时搅动下输送显影剂; 用于将调色剂供应到第一输送通道中的调色剂供给口; 以及多个电磁体,其布置在第一输送通道的上部和调色剂供给口的下游侧,相对于显影剂的输送方向,沿着显影剂的输送方向在第一输送通道内产生磁场, 并且其可以改善搅拌性能和输送显影剂的性能,而不会极大地增加作用在显影剂上的应力,以及提供使用该装置的图像形成装置和显影剂输送方法。